Alexander Schiebahn

Chief Engineer

RWTH Aachen University

Germany

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About

Alexander Schiebahn is a Chief Engineer at RWTH Aachen University in Germany. His research focuses on quality prediction in ultrasonic metal welding, adhesive bonding applications, and the optimization of welding parameters for different materials. He has contributed to advancing AI-based defect detection solutions and explores the effects of various surface treatments on weld quality.

Articles (18)

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2025

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2024

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2023

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2023

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2023

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2023

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2023

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2023

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2023

Collaborators (3)

Rainer Engelbrecht

Professor, Institute Director

Technische Hochschule Nürnberg Georg Simon Ohm

GERMANY

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Mark Pätzel

RWTH Aachen University

GERMANY

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U. Reisgen

GERMANY

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Alexander Schiebahn

Research Interests

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Articles (18)

Influence of quality features, disturbances, sensor data, and measurement time on quality prediction for ultrasonic metal welding

Development and validation of a generalized, AI-based inline void defect detection solution for FSW based on force feedback

Resistance spot welding of die-cast and wrought aluminum alloys: Improving weld spot quality through parameter optimization

Evaluation of surface pretreatment methods on thin austenitic stainless steel foils for adhesive bonding applications

Joint Quality Assessment of Ultrasonic Metal Welded Parts by Fracture Surface Evaluation

Joining aluminum die castings and wrought aluminum by resistance spot welding

Influence of surface condition of copper sheets on ultrasonic metal welding

Development of a fs-pulsed laser pretreatment process on thin-walled nickel to improve adhesion for adhesive bonding applications

Influence of the water content in polyamide 6 on atmospheric pressure plasma jet pre-treatment and adhesion for adhesive bonding

Curing of epoxy adhesives between thin metal foils by means of inductive heating

Influence of workpiece geometry and natural frequencies on ultrasonic metal welding

Structural Health Monitoring of Adhesively Bonded Pipe-to-Socket Joints by Integration of Polymer Optical Fibers and Their Load-Dependent Transmission Properties

Extra thin sidelight-emitting polymer optical fiber narrow fabrics for UV structural adhesive joints: design, preparation and performance experiments

Investigation of the thermal strain behaviour of bonded joints in a cryogenic environment

Weld quality characterization by vibration analysis for ultrasonic metal welding processes

Gradient-extended damage modelling for polymeric materials at finite strains: Rate-dependent damage evolution combined with viscoelasticity

UV Curing with Polymer Optical Fibres

Non-destructive evaluation of the friction stir welding process, generalizing a deep neural defect detection network to identify internal weld defects across different aluminum alloys

Collaborators (3)

Rainer Engelbrecht

Mark Pätzel

U. Reisgen

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